Create the 3D Model of the Shaft Holder Produce Drawings: 1. Isometric 3D Shaded 2. Detail Drawing: Front & Top Views Full Sectional L.Side View Add all necessary, Dimensions, Center lines, Views Labels.

International Edition---engineering Mechanics: Statics, 4th Edition
4th Edition
ISBN:9781305501607
Author:Andrew Pytel And Jaan Kiusalaas
Publisher:Andrew Pytel And Jaan Kiusalaas
Chapter9: Moments And Products Of Inertia Of Areas
Section: Chapter Questions
Problem 9.14P: Compute the dimensions of the rectangle shown in Fig. (b) that has the same kx and ky as the W867...
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Create the 3D Model of the Shaft Holder Produce Drawings: 1. Isometric 3D Shaded 2. Detail Drawing: Front & Top Views Full Sectional L.Side View Add all necessary, Dimensions, Center lines, Views Labels.
D Page view IA Read aloud
V Draw
Highlight
26
50
QUIZ2 - SHAFT HOLDER
R5
Create the 3D Model of the Shaft
Holder
Produce Drawings:
1. Isometric 3D Shaded
2. Detail Drawing:
Front & Top Views
Full Sectional L.Side View
Ø20 THRU
9,
6.
Add all necessary, Dimensions,
Center lines, Views Labels.
R24
6.
Ø24 THRU
U Ø36 ▼ 16
8.
30
34
16
FRONT VIEW
R.DIDE VIEW
92
R12
Ø8 THRU
68
TOP VIEW
09
09
Transcribed Image Text:D Page view IA Read aloud V Draw Highlight 26 50 QUIZ2 - SHAFT HOLDER R5 Create the 3D Model of the Shaft Holder Produce Drawings: 1. Isometric 3D Shaded 2. Detail Drawing: Front & Top Views Full Sectional L.Side View Ø20 THRU 9, 6. Add all necessary, Dimensions, Center lines, Views Labels. R24 6. Ø24 THRU U Ø36 ▼ 16 8. 30 34 16 FRONT VIEW R.DIDE VIEW 92 R12 Ø8 THRU 68 TOP VIEW 09 09
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